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Plastic gears are increasingly used in high-torque applications, offering benefits like corrosion resistance and noise reduction, though careful material selection and design are essential.

Standard sizes and specifications for spur gears determine their dimensions, performance, and compatibility. This article outlines common parameters such as module, pressure angle, pitch diameter, and tooth count, essential for design and application in machinery.

Methods for calculating the helix angle of a helical gear, including formulas and practical steps.

Worm gear reducers typically achieve efficiency between 50% and 90%, influenced by gear ratio, materials, and lubrication.

Spur gears achieve higher mechanical efficiency because of their straight-tooth geometry, minimal sliding contact, and absence of axial forces.

Bevel gears are unique for their conical shape and intersecting axes, transferring motion and power between perpendicular shafts. Unlike parallel-axis gears like spur or helical types, they enable directional changes in drivetrains, commonly found in automotive differentials, hand drills, and marine applications.